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Physics, Astronomy & Cosmology / Re: Does time dilatation explain quantum effects?
« on: 15/09/2013 14:40:07 »If I read you correctly, you are saying that the frequency of an atomic clock depends on the speed with which things are approaching it. Thus two atomic clocks that are stationary with respect to one another, and initially in sync with each other, would lose sync if another body was to move between them.
The paradox here is that an observer moving from A to B would see a red shift of A and an equal blue shift of B with respect to his own clock, from which he would calculate that A and B remain in sync, yet the very fact of his presence and motion would destroy that synchronism.
You could argue that the relationships are basically pythagorean. But pythagoras on steroids.
http://www.science20.com/hammock_physicist/whats_wrong_relativity